弹性黏弹性对应原理,elastic-viscoelastic correspondence principle
1)elastic-viscoelastic correspondence principle弹性黏弹性对应原理
1.Application ofelastic-viscoelastic correspondence principle to Biot′s consolidation finite layer analysis of viscoelastic soil:numeric volume弹性黏弹性对应原理在黏弹性固结有限层方法中的应用——数值篇
2.By usingelastic-viscoelastic correspondence principle and Laplace transform,the calculational method for finite layer analysis of Biot′s consolidation and viscoelastic soil excavation was presented.弹性黏弹性对应原理是将线弹性体的解答结果进行Lap lace反演,得到黏弹性体的结果。
英文短句/例句
1.Application of elastic-viscoelastic correspondence principle to Biot′s consolidation finite layer analysis of viscoelastic soil:numeric volume弹性黏弹性对应原理在黏弹性固结有限层方法中的应用——数值篇
2.Correspondence Principle for Nonhomogeneous Hygro-thermo-viscoelastic Quasi-static Problems非均匀湿热黏弹性拟静态问题的对应原理
3.Application of plastic-like visco-elastic model to clay准塑性的黏弹性模型在黏土中的应用
4.Effect of Stress State on Viscoelastic Properties of Asphalt Mixtures应力状态对沥青混合料黏弹性质的影响
5.The Study on Microscopic Porous Flow Mechanism of Polymer Solutions;黏弹性聚合物溶液微观渗流机理研究
6.A NONLINEAR VISCOELASTOPLASTIC RHEOLOGICAL MODEL BASED ON NISHIHARA"S MODEL基于西原模型的非线性黏弹塑性流变模型
7.principle of minimum potential energy in theory of elastic- ity弹性力学最小势能原理
8.generalized variational principles in theory of elasticity弹性力学广义变分原理
9.Variational Principles and Simple Applications of Magnetoelectroelasticity and Thermal Magnetoelectroelasticity;电磁弹性和电磁热弹性静力学变分原理及简单应用
10.Response Mechanism of Temperature, Time and Frequency on Dynamic Viscoelastic Properties of Wood木材动态黏弹性的温度、时间与频率响应机理研究
11.Analysis of the Steady-State Response of Nonlinear Axially Moving Viscoelastic Beams with Time-Dependent Velocity非线性变速轴向运动黏弹性梁稳态响应
12.Application of Viscous-Spring Boundary in the Seismic Response Analysis of the Rockfill Dam黏弹性边界在土石坝地震反应分析中的应用
13.Effects of CANELIM Capsule Drug-contained Serum on Viscoelasticity and Adhesive Mechanical Properties of Cholangiocarcinoma Cells平消胶囊含药血清对胆管癌细胞黏弹性和黏附力学特性的影响
14.Topics include: elasticity, viscoelasticity, plasticity, creep, fracture, and fatigue.主题包含：弹性、黏弹性、塑性、潜变、破断及疲劳。
15.THE NONLINEAR VISCOELASTIC CONSTITUTIVE MODEL OF CARDIAC MYOCYTE IN SIMULATION OF MICROPIPETTE ASPIRATION EXPERIMENT心肌细胞大变形黏弹性模型及在实验中的应用
16.Viscous-damp vibration suppress technology and its application in beam structure黏弹性阻尼减振技术及其在梁类结构中的应用
17.Elastic-Visco Displacement Back Analysis in Tunnel Engineering Considering Temporal-Spatial Effects考虑时空效应的隧道工程黏弹性位移反分析
18.RESPONSE ANALYSIS OF CONCRETE FRAME STRUCTURES BASED ON VISCOLEASTIC STOCHASTIC FEM基于黏弹性随机有限元的框架结构响应分析
相关短句/例句
elasticity viscoelasticity correspondence theory弹性粘弹性对应性原理
1.Based on theelasticity viscoelasticity correspondence theory and the acquired elastic solution, assuming the formation obey the Kelvin viscoelastic constitutive relation, the theoretical solution of casing loads in rheological formation in tectonic field and the analytic expression of relaxation time are obtained.利用求解线性粘弹性问题的弹性粘弹性对应性原理,利用已有的弹性解,求得了考虑地层符合Kelvin流变规律的情况下,地应力场中套管载荷的理论解,并给出了松弛时间的解析表达式。
3)elastic-viscoelastic corresponding principle弹性-粘弹性对应原理
4)elasto-viscoelastic c orrespondence principle黏弹对应原理
5)viscoelastic principle of equivalence黏弹性等效原理
6)elasticity recovery correspondence principle弹性回复对应原理
1.In this paper, a simple instantaneous elastic constitutive relation for nonlinear viscoelastic materials is obtained by using theelasticity recovery correspondence principle in nonlinear viscoelastic constitutive theory.运用非线性粘弹性本构理论中的弹性回复对应原理 ,得到了一个简单的适用于非线性粘弹性材料的瞬时弹性本构关系 。
2.Simplified three-dimensional nonlinear viscoelastic constitutive relations in the form of Stieltjes convolution and the three-dimensionalelasticity recovery correspondence principle in the constitutive relations are given.给出了三维Stieltjes卷积形式的简化非线性粘弹性本构关系和三维本构关系的弹性回复对应原理 。
3.In this paper,the practical expressions of relaxation modulus and creep compliance,which are necessary for the use ofelasticity recovery correspondence principle in nonlinear viscoelastic constitutive theory,are proposed.提出了在应用非线性粘弹性本构理论中弹性回复对应原理所需要的松弛模量与蠕变柔量的一般实用表达式。
延伸阅读
弹性硫分子式：CAS号：性质：又称链状硫(chain sulfur)、γ硫(γ-sulfur)或δ硫(δ-sulfur)。硫的一种同素异形体。属无定形硫。具有弹性。不稳定，放置空气中(室温)逐渐变成钭方硫。不溶于水和二硫化碳。熔融硫(刚熔融时)迅速倾入冷水中而成。也可由浓硝酸与固体硫代硫酸钠作用而得。由于S8环断裂变成一种螺旋形的链，链上每一圈螺旋大约有3.5个硫原子。如在刚熔融时加入碘、砷等物质，则弹性硫可长期保存。
